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Forward Looking Infrared Target Matching Algorithm Based on Depth Learning and Matrix Double Transformation

机译:基于深度学习和矩阵双变换的前瞻性红外目标匹配算法

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Targeting at the human target detection in infrared sequence images, the extraction method of feature region based on feature points is adopted. The depth-learning algorithm is firstly used to extract the feature points rapidly. Based on the feature points extracted by matrix double transformation, LBP algorithm is used to extract the feature region. After acquiring the feature region (ROI region) interested, feature extraction of wavelet entropy based on discrete wavelet transformation is conducted for ROI region. Then ROI region is classified through compound classification method.
机译:靶向红外序列图像中的人体目标检测,采用基于特征点的特征区域的提取方法。首先用于快速提取特征点的深度学习算法。基于矩阵双变换提取的特征点,使用LBP算法来提取特征区域。获取感兴趣的特征区域(ROI区域)后,对ROI区域进行了基于离散小波变换的小波熵的特征提取。然后ROI区域通过复合分类方法进行分类。

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